Micromod MOD: 1800P - MOD 30ML Identity Module (Version 2) Algorithms, Tables and Sequential Logic Functions - Manual (Page 120)

Logic Functions - Book 2
PIECEWISE TABLE BLOCK
9-8
05 Can Be Inverse Piecewise (CANBEIPW) .........................................................................C – R
If the Y values are in ascending order and there are no duplicates, the table is marked as
usable for inverse piecewise linearization.
06 Number of Points (NUMPTS) ...........................................................................................C – R
The number of point pairs configured.
101, 201 X1, Y1 ................................................................................................................................ CWR
... through
160, 260 X60, Y60 ............................................................................................................................. CWR
1 to 60 Enter the floating point value for at least 2 points (if linearization is
required) and as many as 60 points. For each point, both the X and
Y values must be entered.
9.2.3 Typical Block Connections for Piecewise Table Block
Typical softwiring block structures used on softwiring diagrams are shown in Figure 9-4. The
analog input signal is from a non-Linear device. The TABLE field of the linearization block is
set at PW1. The piecewise block provides the data used to linearize the continuous signal
from the non-linear device. If two (or more) non-linear devices are of the same type and have
same output characteristics, then the same piecewise block can be used to linearize both
input signals. The PW2 connections contain recipe data for a Tune List block. The list is made
available to a MOD 30ML Display block as shown.
TABLEOUT
Nonlinear
Analog
Input
Y1
X1
Linearized Output to
Another Function
Block
R
LN1
Input
Result
R
VCI1
Result
TABLEIN
TABLEOUT
X1 Data
Y1 Data
Y20
X20
X20 Data
Y20 Data
R
Field Result
Result
VCIM1
1
2
PW1
TL
LISTOUT
I1
I2
I39
I40
DISP
LISTIN PW2
Figure 9-4. Typical Block Connections for Piecewise Table Block